智能电网
智能電網
지능전망
Smart Grid
2015年
6期
473-485
,共13页
王继业%郭经红%曹军威%高灵超%胡紫巍%周静%明阳阳%方正伟
王繼業%郭經紅%曹軍威%高靈超%鬍紫巍%週靜%明暘暘%方正偉
왕계업%곽경홍%조군위%고령초%호자외%주정%명양양%방정위
能源互联网%可再生能源%信息通信技术%架构
能源互聯網%可再生能源%信息通信技術%架構
능원호련망%가재생능원%신식통신기술%가구
energy internet%renewable energy%information and communication technology%architecture
可再生能源的大规模开发和利用将成为全球能源领域发展的主要趋势,同时也面临如何实现分布式可再生能源的广泛互联、如何提升能源系统效率和灵活性等问题与需求,以互联网理念为基础的能源互联网成为行业主要发展方向。能源互联网将给能源开发、配置、消费和生产生活各环节带来变革,这一系列变革对信息通信系统提出更加全面而严苛的需求。充分分析能源互联网及其信息通信技术的需求,给出以电能为载体的能源互联网信息通信总体架构,并以能源互联网为应用背景,介绍采集监控类、流程作业类、分析决策类、基础资源类、安全保障类和支撑体系类共20余项信息通信关键技术,最后对能源互联网的热点应用及发展方向做出展望。
可再生能源的大規模開髮和利用將成為全毬能源領域髮展的主要趨勢,同時也麵臨如何實現分佈式可再生能源的廣汎互聯、如何提升能源繫統效率和靈活性等問題與需求,以互聯網理唸為基礎的能源互聯網成為行業主要髮展方嚮。能源互聯網將給能源開髮、配置、消費和生產生活各環節帶來變革,這一繫列變革對信息通信繫統提齣更加全麵而嚴苛的需求。充分分析能源互聯網及其信息通信技術的需求,給齣以電能為載體的能源互聯網信息通信總體架構,併以能源互聯網為應用揹景,介紹採集鑑控類、流程作業類、分析決策類、基礎資源類、安全保障類和支撐體繫類共20餘項信息通信關鍵技術,最後對能源互聯網的熱點應用及髮展方嚮做齣展望。
가재생능원적대규모개발화이용장성위전구능원영역발전적주요추세,동시야면림여하실현분포식가재생능원적엄범호련、여하제승능원계통효솔화령활성등문제여수구,이호련망이념위기출적능원호련망성위행업주요발전방향。능원호련망장급능원개발、배치、소비화생산생활각배절대래변혁,저일계렬변혁대신식통신계통제출경가전면이엄가적수구。충분분석능원호련망급기신식통신기술적수구,급출이전능위재체적능원호련망신식통신총체가구,병이능원호련망위응용배경,개소채집감공류、류정작업류、분석결책류、기출자원류、안전보장류화지탱체계류공20여항신식통신관건기술,최후대능원호련망적열점응용급발전방향주출전망。
The large-scale exploitation and utilization of renewable energy will become a major global energy development trends. How to implement extensive interconnection of distributed renewable energy and how to increase energy efficiency and flexibility of the energy system are key problems. Energy internet based on the concept of the internet has become the main trend in this area. Energy internet will bring great changes to energy exploitation, allocation, consumption and all aspects of human life, and this series of changes bring a more comprehensive and stringent requirements to information and communication systems. The needs for energy internet and information and communication technologies are fully analyzed, and then the information and communication architecture for energy internet based on power electricity is presented. Against the background of the energy internet application, more than twenty key information and communication technologies from collecting and monitoring, processing, analysis decision, fundamental resource, security guarantee and support system are introduced. At last, prospect on hot spots and the development direction of energy internet is concluded.